DESIGN AND IMPLEMENTATION OF AN OWASP BASED FRAMEWORK FOR IDENTIFYING SECURITY VULNERABILITIES IN RSA ENCRYPTED AUDIO SYSTEMS

Abstract

The rapid advancement of multimedia technology, particularly in digital audio systems, has significantly increased the demand for robust information security mechanisms. Digital audio is widely used for communication, storage of sensitive information, and voice-based authentication, making it vulnerable to cyber threats such as eavesdropping, tampering, and unauthorized access. Despite these risks, many existing audio processing systems lack a structured and standardized security assessment framework to systematically identify and mitigate potential vulnerabilities. This study aims to design and implement an OWASP based security framework to identify, analyze, and mitigate security vulnerabilities in audio processing systems integrated with the RSA cryptographic algorithm. The proposed solution combines OWASP security principles for risk analysis, vulnerability assessment, and mitigation planning with RSA encryption and decryption mechanisms to ensure data confidentiality and integrity during audio transmission and storage. The results indicate that the implementation of RSA enhances the protection of audio data against unauthorized access, while the OWASP based framework provides a systematic and structured methodology for detecting and addressing security gaps. This research offers a practical and comprehensive reference model for developing more secure, resilient, and standardized digital audio security systems in modern multimedia environments